Answer: Width = 6 meters
Length = 10 meters
Explanation:
Here's the complete question:
A room has an area of 60 square meters and a perimeter of 32 meters. What are the length and width of the room?
Area = Length × Width
Perimeter = 2(Length + Width)
Therefore,
L × W = 60 ....... i
2L + 2W = 32 ....... ii
From equation ii,
2L + 2W = 32
Divide through by 2
L + W = 16
L = 16 - W ........ iii
Put the value of L into equation i
L × W = 60
(16 - W) × W = 60
16W - W² = 60
W² - 16W + 60 = 0
W² - 10W - 6W + 60 = 0
W(W - 10) - 6(W - 10) = 0
(W - 6)(W - 10) = 0
Therefore,
W - 6 = 0
W = 0 + 6
W = 6
Width = 6 meters
Since Length = Area / Width
Length = 60/6
Length = 10 meters
The answer is Henry Comstock
At the Yalta Conference in February, 1945, Stalin had agreed to enter the war against Japan three months after Germany was defeated. Victory in Europe was achieved on May 8, 1945. The Soviet Union declared war on Japan on August 8, 1945, and invaded Manchuria with over a million troops to take on the Japanese army there.
As to the dropping of the second atomic bomb, even the dropping of the first could be challenged when factoring in the USSR. An option to dropping atomic bombs was to enlist Soviet troops in a joint invasion of Japan. But the USA wanted to avoid postwar Soviet presence in Japan, and the atomic bombs were seen as a way of ending the war quickly. As to the use of a second bomb at Nagasaki after the first was dropped on Hiroshima, it was because of the Allies' requirement that Japan submit to an unconditional surrender. They did not do so in the immediate aftermath of the Hiroshima bombing, so the second bomb was used. You can consider for yourself whether some other resolution besides "unconditional surrender" was a viable option.
